Sentence examples for airborne space from inspiring English sources

The chapter summarizes critical design aspects for microcoolers for airborne, space, and missile applications.

The Communication Systems segment delivers products and services for the global communications market, specializing in strategic and tactical airborne, space, ground and sea-based communication systems.

Very high spatial resolution (VHR) imagery acquired by airborne and space borne sensors is the main source for accurate road extraction.

Pulse tube refrigerator (PTR) design aspects are examined in greater detail because of their potential applications in missile, airborne, and space systems, where compact size, light weight, and minimal power consumption are critical.

One of the key issues for the analysis and the management of the environmental status is the integration of information from various sources, being in situ, airborne or space borne sensors or environmental databases.

The design of airborne or space missions dedicated to the measurement of solar-induced chlorophyll fluorescence using remote-sensing instruments require physical methods for quantitative feasibility analysis and sensor specification studies.

Although this paper targets in particular 3D underwater networks, much of our results are applicable to other 3D networks, such as for airborne applications, space exploration, and storm tracking.

Radar imaging techniques such as synthetic aperture radar (SAR), inverse synthetic aperture radar (ISAR) and bistatic synthetic aperture radar (BSAR) are well established and useful techniques to acquire high-resolution images of an area of interest from both airborne or space borne sensors.

Earth observation from airborne or space borne platform is the ideal observational approach capable of providing data at the relevant scales and resolution required to extrapolate findings of in situ (field) studies to larger areas, to document the heterogeneity of the landscape at the regional scale and to connect these findings into a global view (Schaepman 2006).

Makani envisions wind farms filled with dozens of airborne turbines, spaced far enough apart that they won't collide.

Some critics of relying on interceptors in Alaska say the Pentagon must develop alternative systems, such as ship-launched interceptors or airborne and space-based lasers.